CN202958107U - Ridging device for planting strawberries - Google Patents

Abstract

The utility model relates to a ridging device for planting strawberries and belongs to the technical field of agricultural machinery. The ridging device comprises a framework, a group of furrowing mechanisms, a pair of gearboxes, a ridge forming mechanism and a power input mechanism, wherein the framework comprises a first wall plate, a second wall plate and beams, the furrowing mechanisms are fixed on the beams at intervals, one gearbox is fixed on the first wall plate, and the other gearbox is fixed on the second wall plate; the ridge forming mechanism is arranged between the gearboxes and connected with the same, and the power input mechanism is connected with the pair of gearboxes. The ridging device for planting strawberries has the advantages that the furrowing mechanisms loosen soil between adjacent ridges, the ridge forming mechanism can raise soil furrowed by the furrowing mechanisms and toss to form ridges, and stable ridge foundation and loose soil on the ridges can be guaranteed to meet the requirement for growth of strawberry planting. The ridging device has the advantages of high ridging efficiency so as to meet the requirement of large-area ridging, ridging cost saving, simple structure and convenience in manufacturing and use.

Description

The ridger that the plantation strawberry is used

Technical field

the utility model belongs to agricultural machinery technological field, is specifically related to a kind of ridger that strawberry is used of planting.

Background technology

strawberry belongs to the shallow root plant, because its root system more than 80% concentrates in upper soll layer 25 ㎝, so soil suitable cultivation strawberry whether, has determined to a great extent structure and the quality of upper soll layer.Because the strawberry Root Distribution is shallow, plant is little in addition, and blade is many, and the large and blade of transpiration rate upgrades fast, therefore in throughout the growing season, nearly all withers and dies and process that young leaves occurs carrying out Lao Ye, and after gathering, plant starts a large amount of pumping stolons and new stem.These characteristics determined strawberry large to the demand of moisture, because if the Strawberry seedling lack of water can seriously hinder normal development and the growth of stem, leaf so, again, if result (setting) phase lack of water, can affect the growth of expanding of strawberry fruit, reduce quantity and quality.And strawberry can reach 1kg/ days at the moisture content transpiration rate of every strain strawberry of the phase of yielding positive results, and when pumping stolon and field planting Strawberry Seedlings, larger to the demand of moisture content.

in sum, in the strawberry normal growth phase, soil relative water content is about 70% left and right, and flower bud differentiation period is about 60% left and right, and the maturing stage is about 80% left and right as a result, so require soil to possess to hold agglomerating and moisture content that fingertip scatters.

in view of the aforementioned features of strawberry, usually it to be cultivated on ridge, the paddy formed between adjacent ridge is irrigated the channel of daylighting as ventilating, and uses and meets its growth requirement.And suffer from for a long time industry for the ridging of plantation strawberry because, if the whole loosing soil on ridge can cause and subside when diversion, and if can not ensure the chesson layer of 25 about ㎝, can affect again the root system development of strawberry.

traditional ridging mode is taken on by manual, manual ridging can be avoided aforementioned anxiety of subsiding and can guarantee the loose requirement of upper layer of soil on ridge, but craft, especially can't meet the demands as the ridgings such as scoop, rake exist ridging inefficiency and the large shortcoming of labour intensity by means of instrument for establishing in large scale.

can be seen in the technical information of ridger in published Chinese patent literature, typically as Granted publication CN2045568U, recommend to have " loose ridging machine ", this patent scheme is not instructed the concrete structure of left-right rotary tie ridger, and the inefficiency owing to can only form a ridge at every turn, in addition, due to this patent scheme by chisel shape deep-loosening shovel, rotary blade and left-right rotary tie ridger three collaborative work, thereby complicated integral structure.

granted publication CN2838222Y provides " tillage ridger ", this patent scheme only can play the effect of turning over to trench, both sides by from the earth in trench to trench bear against, and therefore do not have native function is thrown in platform top, ridge, thereby do not have reference for strawberry kind ridging.

for above-mentioned prior art, the applicant has done positive and useful design, has formed technical scheme described below, and is taking under strict secrecy provision through the test of simulation ridging, and it is practicable that result proves.

Summary of the invention

task of the present utility model be to provide a kind of contribute to ensure the firm and loosing soil on the platform of ridge of ridge base and use meet the strawberry cultivating growth require, be conducive to guarantee ridging efficiency and use the ridging that meets lower establishing in large scale strawberry require and reduce the ridging cost and be of value to simplified structure and use embody manufacture and use plant easily the ridger that strawberry is used.

task of the present utility model completes like this, a kind ofly plants the ridger that strawberry is used, and comprises that first, second wallboard of arranging by facing each other and an end and the first wallboard are fixed and a frame that the fixing crossbeam of the other end and the second wallboard forms; One group of plowing mechanism, this group of plowing mechanism is fixed on described crossbeam with the interval state; The a pair of gear-box that corresponds to each other and arrange, one of them gear-box in this group of gear-box is fixed on described the first wallboard, and another gear-box is fixed on described the second wallboard; One throws in Tai Shang ridge, ridge platform builder for the soil that will be got by described plowing mechanism plough, and this ridge platform builder is arranged between described a pair of gear-box and with a pair of gearbox drive and is connected; One power input mechanism, this power input mechanism is connected with described a pair of gearbox drive.

in a specific embodiment of the present utility model, described one group of plowing mechanism respectively comprises a colter, colter frame and a gripper shoe, colter is fixed on the colter frame, and colter frame one end is fixedly connected with described crossbeam, the other end is connected with the middle part of the length direction of gripper shoe, one end of gripper shoe is connected with an end of gripper shoe Connection Block, and the other end of gripper shoe Connection Block is connected with described power input mechanism, the other end of gripper shoe and described crossbeam are fixed, wherein, the bottom of described colter corresponds to the below of described ridge platform builder.

in another specific embodiment of the present utility model, in described a pair of gear-box, the structure that is fixed on the gear-box on described the first wallboard be be fixed on described the second wallboard on the structure of gear-box be identical, and the gear-box be fixed on the second wallboard comprises gear case body, be arranged on half shaft transmission gear in the gear case body chamber of gear case body, first, the second transition gear, driving force output gear and cutter axis driven wheel, gear case body is fixed on the second wallboard, half shaft transmission gear is arranged in described gear case body chamber rotationally by a pair of clutch shaft bearing seat, and be meshed with the First Transition gear, and the First Transition gear is arranged in the gear case body chamber rotationally by a pair of the second bearing block, and be meshed with the second transition gear, and the second transition gear is arranged in the gear case body chamber rotationally by a pair of the 3rd bearing block, and engagement adjacent with the driving force output gear, and the driving force output gear is arranged in the gear case body chamber rotationally by a pair of the 4th bearing block, cutter axis driven wheel and driving force output gear are in transmission connection, and this cutter axis driven wheel has a driven wheel adpting flange, this driven wheel adpting flange is fixedly connected with described ridge platform builder, described power input mechanism and described half shaft transmission gear are in transmission connection, described a pair of first, second, the 3rd bearing block and a pair of the 4th bearing block are fixed on the corresponding wall body of described gear case body with all corresponding to each other.

in another specific embodiment of the present utility model, described ridge platform builder comprises cutter axis, throw trowel dish and limit, one group of ridge cutterhead for one group, one end of cutter axis is fixedly connected with the driven wheel adpting flange of the described cutter axis driven wheel that is installed on the gear-box on described the first wallboard in described a pair of gear-box, throw the trowel dish with the equidistant middle part that is fixed on the length direction of cutter axis for one group, each throw the trowel dish a side edge and be fixed with one group first around the circumferencial direction of throwing the trowel dish with the interval state and throw trowel, and be fixed with one group of second throwing trowel at edge and the same circumferencial direction around throwing trowel dish of the opposite side of throwing the trowel dish with the interval state, first, second throws trowel staggers each other in the position of throwing on the trowel dish, and the end of one group of first throwing trowel all forms a first fold turn of bilge, and one group of second end of throwing trowel all forms one second bending part arranged, the wrap direction of first fold turn of bilge is towards the direction bending of the second bending part, and the wrap direction of the second bending part is towards the direction bending of first fold turn of bilge, limit, one group of ridge cutterhead is fixed on cutter axis, wherein, the both sides of each described throwing trowel dish each to limit, a ridge cutterhead should be arranged, be fixed with limit, one group of ridge cutter with the interval state on each limit, ridge cutterhead and around the circumferencial direction of limit, ridge cutterhead, end formation at limit, ridge cutter has the 3rd bending part, and the wrap direction of the 3rd bending part is back to described throwing trowel dish.

in another specific embodiment of the present utility model, described power input mechanism comprises power input transmission case, universal joint, driving bevel gear, a pair of semiaxis, a pair of axle tube and bracing frame, one side of power input transmission case and an end of the wherein axle tube in a pair of axle tube are fixed, and the other end of this axle tube is fixed with the gear case body that is fixed on the described gear-box on described the first wallboard, the opposite side of power input transmission case and an end of another root axle tube in a pair of axle tube are fixed, and the other end of this another root axle tube is fixed with the gear case body that is fixed on the gear-box on described the second wallboard, one end of universal joint is positioned at outside the case chamber of power input transmission case, for being in transmission connection with tractor, the other end of universal joint probes in the case chamber, driving bevel gear is positioned at the case chamber and is fixed on the described other end that described universal joint is insinuated into the case chamber, a pair of semiaxis all is positioned at described axle tube, this a pair of semiaxis is insinuated in described case chamber towards an end of power input transmission case, and respectively be fixed with a passive bevel gear, passive bevel gear is meshed with described driving bevel gear, a pair of semiaxis is stretched in described gear case body chamber towards an end of described gear-box, described half shaft transmission gear is fixed on semiaxis, the two ends of bracing frame are fixed on a pair of axle tube with airborne, and middle part and bracing frame holder are fixed, the bracing frame holder is fixed on the cabinet exterior of power input transmission case, wherein: respectively be fixed with a tractor-drawn arm on described a pair of axle tube, be connected with a colter elevating mechanism on the tractor-drawn arm.

also have a specific embodiment of the present utility model, be fixed with one group of mud cover between described first, second wallboard and on the top corresponding to described plowing mechanism.

the technical scheme that the utility model provides is loose by the shovel of the soil between adjacent ridge by plowing mechanism, ridge has been drawn and thrown into to the soil that will be got by plowing mechanism plough by ridge platform builder, thereby not only can guarantee the ridge base firmly but also can guarantee the loosing soil on platform top, ridge and meet strawberry cultivating growth requirement; Therefore because ridging completes by the automated mechanical operation, there is higher ridging efficiency and met the requirement of large tracts of land ridging, and can save the ridging cost; Because overall structure is simple, therefore manufacture and use very convenient.

The accompanying drawing explanation

fig. 1 is example structure figure of the present utility model.

the cutaway view that Fig. 2 is Fig. 1.

the partial enlarged drawing that Fig. 3 is the ridge platform builder shown in Fig. 1 and Fig. 2.

Embodiment

refer to Fig. 1 and Fig. 2, provided a frame 1, this frame 1 by a pair of face each other arrange and geometry substantially first, second wallboard 11,12 and a crossbeam 13 triangular in shape form, one end of crossbeam 13 is that left end and first wallboard 11 of shown position state is fixing, and right-hand member and the second wallboard 12 that the other end of crossbeam 13 is shown position are fixed.

provided one group of plowing mechanism 2, in the present embodiment, the quantity of one group of plowing mechanism 2 is three, thereby can be once the soil of three furrows be loosened the soil, article three, furrow can form two ridge platforms, the quantity of certain one group of plowing mechanism 2 definitely is not limited to three, can increase and decrease as the case may be, each plowing mechanism 2 comprises colter 21, colter frame 22 and gripper shoe 23, colter 21 is fixed on colter frame 22, be fixed with colter frame holder 221 at colter frame 22 1 ends, offer pin shaft hole 2211 on colter frame holder 221, be fixed with one group of colter frame fixing feet 131 that quantity equates with the quantity of plowing mechanism 2 on aforesaid crossbeam 13, offer stud bolt hole 1311 on each colter frame fixing feet 131, aforesaid colter frame holder 221 is matched with colter frame fixing feet 131, and with bolt 13111 inserting bolt hole 1311 successively and pin shaft hole 2211, thereby the lower end of colter frame 22 is fixedly connected with crossbeam 13, and with the nut shown in Fig. 1, bolt 13111 is limited.The other end of colter frame 22 is connected with the middle part of the length direction of gripper shoe 23, specifically: the other end at colter frame 22 offers the first screw hole 222, and offer one second screw hole 232 at the middle part of the length direction of gripper shoe 23, insert in first, second screw hole 222,232 and with limiting nut 22211 and limit with the first screw 2221, thereby the aforementioned other end of colter frame 22 is connected with the middle part of the length direction of gripper shoe 23.One end of gripper shoe 23 is connected with an end of gripper shoe Connection Block 231 by bearing pin, and the axle tube 55 of the other end of gripper shoe Connection Block 231 and the following power input mechanism that also will describe in detail 5 is fixing, the other end of gripper shoe 23 is fixing with crossbeam 13 by the second screw 233.

for the colter 21 that ensures one group of plowing mechanism 2 is suspended on terrace under non-job state, in order to carry the utility model operation place of walking by tractor, therefore be that the aforementioned end of the gripper shoe 23 of the plowing mechanism 2 that occupy middle part in three plowing mechanisms 2 of the present embodiment is hinged on a draw-bar seat 223 in one group of plowing mechanism 2, and draw-bar seat 223 is connected with the middle part of the length direction of the bracing frame 56 of power input mechanism 5.

provided a pair of gear-box 3, one of them in this pair of gear-box 3 is that a gear-box 3 of left end is fixed on aforesaid the first wallboard 11, and the gear-box 3 that another in a pair of gear-box 3 is right-hand member is fixed on aforesaid the second wallboard 12, the position of this pair of gear-box 3 correspond to each other and structure identical, following description is for being fixed in gear-box 3 on the second wallboard 12.

gear-box 3 comprises gear case body 31, half shaft transmission gear 32, first, the second transition gear 33, 34, driving force output gear 35 and cutter axis driven wheel 36, gear case body 31 is fixed on the second wallboard 12, half shaft transmission gear 32 is arranged in the gear case body chamber 311 of gear case body 31 rotationally by a pair of clutch shaft bearing seat 321, and be meshed with First Transition gear 33, and First Transition gear 33 is arranged in gear case body chamber 311 rotationally by a pair of the second bearing block 331, and be meshed with the second transition gear 34, and the second transition gear 34 is arranged in gear case body chamber 311 rotationally by a pair of the 3rd bearing block 341, and be meshed with driving force output gear 35, and driving force output gear 35 is arranged in gear case body chamber 311 rotationally by a pair of the 4th bearing block 351, cutter axis driven wheel 36 is in transmission connection with driving force output gear 35, drive 36 motions of cutter axis driven wheel by driving force driven wheel 35, the base portion of this cutter axis driven wheel 36 forms a driven wheel adpting flange 361, this driven wheel adpting flange 361 is fixedly connected with the following ridge platform builder 4 that will describe, be in transmission connection.Aforesaid a pair of first, second, third, fourth bearing block 321,331,341,351 is fixed on the corresponding wall body of gear case body 31 by screw.

refer to Fig. 3 and continue in conjunction with Fig. 1 and Fig. 2, provided a ridge platform builder 4, this ridge platform builder 4 comprises a cutter axis 41, throw trowel dish 42 and limit, one group of ridge cutterhead 43 for one group, one end of cutter axis 41 is that the left end of shown position is fixedly connected with the driven wheel adpting flange 361 of cutter axis driven wheel 36 of aforesaid gears case 3 on being fixed on the first wallboard 11 by the first cutter axis Connection Block 411, and the right-hand member that the other end of cutter axis 41 is shown position is fixedly connected with the driven wheel adpting flange 361 of cutter axis driven wheel 36 of gear-box 3 on being fixed on the second wallboard 12 by the second cutter axis Connection Block 412, specifically: by the 3rd screw 3611, driven wheel adpting flange 3611 is fixedly connected with the second cutter axis Connection Block 412, aforesaid the first cutter axis Connection Block 411 is with example.The quantity of the plowing mechanism 2 of putting to the proof due to the present embodiment is three, therefore to dare be three to one group of quantity of throwing trowel dish 42, and be fixed on the middle part of the length direction of cutter axis 41 with equidistant intervals, shown in figure, the both sides of throwing trowel dish 42 respectively are fixed with a Hough holder 424 with the 4th screw 423 at each, Hough holder 424 use the 5th screw 4241 is fixedly clamped with cutter axis 41, thereby make to throw trowel dish 42, reliably is positioned on cutter axis 41.Each throw trowel dish 42 a side (left side of shown position) edge and be fixed with one group around the circumferencial direction of throwing trowel dish 42 with the equidistant intervals state and throw trowel socket 425, throw on trowel socket 425 and respectively be screwed one first throwing trowel 421 at each, and at the opposite side of throwing trowel dish 42, be shown position right side edge and be fixed with one group with the equidistant intervals state equally around the circumferencial direction of throwing trowel dish 42 and throw trowel socket 425, throw on trowel socket 425 and equally respectively be screwed one second and throw trowel 422 at each.Shown in figure, due to be positioned at the throwing trowel socket 425 of throwing trowel dish 42 1 sides (left side) and the position that is positioned at the throwing trowel socket 425 of throwing trowel dish 42 opposite sides (right side) be stagger or claim staggered, therefore stagger each other in first, second position of throwing trowel 421,422, forms indenting state.All form one first turn of bilge 4211 of turning from side to side is arranged at one group of first end of throwing trowel 421, and all form at one group of second end of throwing trowel 422, one second bending part 4221 is arranged, and, the wrap direction of first fold turn of bilge 4211 is towards the second bending part 4221, towards the direction bending of the second throwing trowel 422, and the wrap direction of the second bending part 422 is towards first fold turn of bilge 4211, towards the direction bending of the first throwing trowel 421, particularly, first, second bending road section the 421, the 422nd, in opposite directions, the soil that this structure can be got colter 21 ploughs has effectively been drawn.Limit, one group of ridge cutterhead 43 is the Hafu-type cutterhead, with the 6th screw 432, be fixed on cutter axis 41, circumferencial direction at limit, ridge cutterhead 43 forms limit, one group of ridge cutter socket 433 is arranged with the interval state, on each limit, ridge cutter socket 433, with the 7th screw 4312(Fig. 3, show) be fixed with limit, a ridge cutter 431, end formation at each limit, ridge cutter 431 has one the 3rd bending part 4311, and the wrap direction of the 3rd bending part 4311 is back to aforesaid throwing trowel dish 42.

signal from Fig. 1 and Fig. 2, the quantity of limit, one group of ridge cutterhead 43 is the quantity of throwing trowel dish 42 one times, throw trowel dish 42 and have three, and limit, ridge cutterhead 43 has six, each both sides of throwing trowel dish 42 respectively sets limit, ridge cutterhead 43, throw trowel 421,422 and will have been drawn and by limit, Bian Dao431 ridge, ridge by the loose earth of colter 21 plough that is positioned at its below by throwing first, second on trowel dish 42, thereby form the ridge 8 of being illustrated by Fig. 2.

please see Fig. 1 by emphasis, provided the preferred structure of power input mechanism 5, comprise a power input transmission case 51, one universal joint 52, one driving bevel gear 53, a pair of semiaxis 54, a pair of axle tube 55 and a bracing frame 56, one side of power input transmission case 51 is that the left side of location status shown in Fig. 1 is fixed with an end (right-hand member) of an axle tube 55 in the left side in a pair of axle tube 55, and the other end (left end) of an axle tube 55 in this left side is fixing with the gear case body 31 that is fixed on the aforesaid gears case 3 on the first wallboard 11, the opposite side of power input transmission case 51 is that the right side of location status shown in Fig. 1 is fixed with an end (left end) of an axle tube 55 on the right side in a pair of axle tube 55, and the other end (right-hand member) of an axle tube 55 on this right side is fixing with the gear case body 31 that is fixed on the aforesaid gears case 3 on the second wallboard 12.One end of universal joint 52 is positioned at outside the case chamber 511 of power input transmission case 51, the line shaft of not shown farm tractor is connected with this universal joint 52, make universal joint 52 rotations, the other end of universal joint 52 probes in case chamber 511, the cardan axis that driving bevel gear 53 is positioned at case chamber 511 and is fixed on aforementioned universal joint 52 probes into the axle head in case chamber 511, be fixed on the other end of universal joint 52, a pair of (two) semiaxis 54 all is positioned at aforesaid axle tube 55, this a pair of semiaxis 54 probes in aforementioned case chamber 511 towards an end of power input transmission case 51, and respectively be fixed with a passive bevel gear 541, passive bevel gear 541 is meshed with aforementioned driving bevel gear 53, a pair of (two) semiaxis 54 is stretched in gear case body chamber 311 towards an end of gear-box 3, above mentioned half shaft transmission gear 32 is fixed on semiaxis 54.The two ends of bracing frame 56 are fixed on a pair of axle tube 55 with airborne, and middle part and bracing frame holder 561 are fixing, and bracing frame holder 561 is fixed on the cabinet exterior of power input transmission case 51.Shown in figure, respectively be fixed with a tractor-drawn arm 551 on aforesaid a pair of i.e. two axle tubes 55, be connected with a colter elevating mechanism 7 on tractor-drawn arm 551.

still see Fig. 1, aforesaid colter elevating mechanism 7 comprises first of parallel setting, the second linking arm 71, 72 and mutual parallel a pair of pull bar 73, the lower end of the first linking arm 71 be arranged on aforesaid a pair of axle tube 55 in one of them axle tube 55 on tractor-drawn arm 551 be fixedly connected with, the lower end of the second linking arm 72 be arranged on a pair of axle tube 55 in another axle tube 55 on tractor-drawn arm 551 be fixedly connected with, first, the second linking arm 71, one end of 72 middle part and pull bar 73 is jointly hinged, and the other end of pull bar 73 and aforesaid draw-bar seat 223 are hinged, first, the second linking arm 71, 72 upper end respectively offers the linking arm connecting hole, the linking arm connecting hole is for being connected with the traction elevator of tractor.

when the traction elevator of tractor draws (by the operation of the clutch to tractor), drive first, second linking arm 71,72, drive pull bar 73 displacements by first, second linking arm 71,72, drive gripper shoe 23 by pull bar 73 through draw-bar seat 223, drive 22 displacements of colter frame by gripper shoe 23, drive colter 21 by colter frame 22, make colter 21 in vacant state, vice versa.

the above mentions, be fixed with one group of mud cover 6 between first, second wallboard 11,12 and on the top corresponding to one group of plowing mechanism 2, in the present embodiment, the quantity of one group of mud cover 6 is four, a lateral edges position that is positioned at the mud cover 6 of both sides is fixed with the mud cover fixing threaded hole be preset on first, second wallboard 11,12, and the opposite side that is positioned at the mud cover 6 of both sides is fixed with the mud cover fixing feet 234 defaulted on gripper shoe 23, the both sides of two pieces of mud covers 6 in the middle of being positioned at are all fixing with mud cover fixing feet 234.

while using the utility model, by the actuating unit of tractor to the universal joint input power, drive the passive bevel gear 541 of a pair of (two) semiaxis 54 through driving bevel gear 53 simultaneously, make semiaxis 54 rotations, drive a pair of gear-box 3 work by a pair of semiaxis 54 simultaneously, because the cutter axis 41 of ridge platform builder 4 is fixedly connected with (or claiming to be in transmission connection) with the cutter axis driven wheel 36 of a pair of gear-box 3, therefore drive 4 work of ridge platform builder by a pair of gear-box 3, under the advancing of tractor, colter 21 plough soil by plowing mechanism 2, simultaneously by throwing first of trowel dish 42, second throws trowel 421, 422 throwing soil and while are by the limit, Bian Dao431 ridge, ridge on limit, ridge cutterhead 43, thereby be shaped as the ridge 8 of Fig. 2 signal.

in sum, the technical scheme that the utility model provides has overcome the shortcoming in the prior art, has completed the invention task, has embodied alleged technique effect in the superincumbent technique effect of applicant hurdle.

Claims (6)

1. a kind ofly plant the ridger that strawberry is used, it is characterized in that comprising that first, second wallboard (11,12) of arranging by facing each other and an end are fixed with the first wallboard (11) and a frame (1) of fixing crossbeam (13) formation of the other end and the second wallboard (12); One group of plowing mechanism (2), this one group of plowing mechanism (2) is fixed on described crossbeam (13) with the interval state; The a pair of gear-box (3) that corresponds to each other and arrange, it is upper that one of them gear-box (3) in this one group of gear-box (3) is fixed on described the first wallboard (11), and another gear-box (3) is fixed on described the second wallboard (12); One throws in Tai Shang ridge, ridge platform builder (4) for the soil that will be got by described plowing mechanism (2) plough, and this ridge platform builder (4) is arranged between described a pair of gear-box (3) and with a pair of gear-box (3) and is in transmission connection; One power input mechanism (5), this power input mechanism (5) is in transmission connection with described a pair of gear-box (3).

2. the ridger that plantation strawberry according to claim 1 is used, it is characterized in that described one group of plowing mechanism (2) respectively comprises a colter (21), colter frame (22) and a gripper shoe (23), colter (23) is fixed on colter frame (22), and colter frame (22) one ends are fixedly connected with described crossbeam (13), the other end is connected with the middle part of the length direction of gripper shoe (23), one end of gripper shoe (23) is connected with an end of gripper shoe Connection Block (231), and the other end of gripper shoe Connection Block (231) is connected with described power input mechanism (5), the other end of gripper shoe (23) and described crossbeam (13) are fixing, wherein, the bottom of described colter (21) corresponds to the below of described ridge platform builder (4).

3. the ridger that plantation strawberry according to claim 1 is used, it is characterized in that in described a pair of gear-box (3), the structure that is fixed on the gear-box (3) on described the first wallboard (11) be be fixed on described the second wallboard (12) on the structure of gear-box (3) be identical, and the gear-box (3) be fixed on the second wallboard (12) comprises gear case body (31), be arranged on interior half shaft transmission gear (32) in gear case body chamber (311) of gear case body (31), first, the second transition gear (33, 34), driving force output gear (35) and cutter axis driven wheel (36), gear case body (31) is fixed on the second wallboard (12), half shaft transmission gear (32) is arranged in described gear case body chamber (311) rotationally by a pair of clutch shaft bearing seat (321), and be meshed with First Transition gear (33), and First Transition gear (33) is arranged in gear case body chamber (311) rotationally by a pair of the second bearing block (331), and be meshed with the second transition gear (34), and the second transition gear (34) is arranged in gear case body chamber (311) rotationally by a pair of the 3rd bearing block (341), and with the adjacent engagement of driving force output gear (35), and driving force output gear (35) is arranged in gear case body chamber (311) rotationally by a pair of the 4th bearing block (351), cutter axis driven wheel (36) is in transmission connection with driving force output gear (35), and this cutter axis driven wheel (36) has a driven wheel adpting flange (361), this driven wheel adpting flange (361) is fixedly connected with described ridge platform builder (4), described power input mechanism (5) is in transmission connection with described half shaft transmission gear (32), described a pair of first, second, the 3rd bearing block (321, 331, 341) and a pair of the 4th bearing block (351) be fixed on the corresponding wall body of described gear case body (31) with all corresponding to each other.

4. the ridger that plantation strawberry according to claim 3 is used, it is characterized in that described ridge platform builder comprises cutter axis (41), throw trowel dish (42) and limit, one group of ridge cutterhead (43) for one group, one end of cutter axis (41) is fixedly connected with the driven wheel adpting flange (361) of the described cutter axis driven wheel (36) that is installed on the gear-box (3) on described the first wallboard (11) in described a pair of gear-box (3), throw trowel dish (42) with the equidistant middle part that is fixed on the length direction of cutter axis (41) for one group, each throw trowel dish (42) a side edge and be fixed with one group first around the circumferencial direction of throwing trowel dish (42) with the interval state and throw trowel (421), and in the edge of the opposite side of throwing trowel dish (42) and be fixed with one group second around the circumferencial direction of throwing trowel dish (42) with the interval state equally and throw trowel (422), first, second throws trowel (421, 422) in the position of throwing on trowel dish (42), stagger each other, and the end of one group of first throwing trowel (421) all forms a first fold turn of bilge (4211), and one group of second end of throwing trowel (422) all forms one second bending part (4221) arranged, the wrap direction of first fold turn of bilge (4211) is towards the direction bending of the second bending part (4221), and the wrap direction of the second bending part (4221) is towards the direction bending of first fold turn of bilge (4211), limit, one group of ridge cutterhead (43) is fixed on cutter axis (41), wherein, the both sides of each described throwing trowel dish (42) each to limit, a ridge cutterhead (43) should be arranged, upper and be fixed with limit, one group of ridge cutter (431) around the circumferencial direction of limit, ridge cutterhead (43) with the interval state at each limit, ridge cutterhead (43), end formation at limit, ridge cutter (431) has the 3rd bending part (4311), and the wrap direction of the 3rd bending part (4311) is back to described throwing trowel dish (42).

5. the ridger that plantation strawberry according to claim 3 is used, it is characterized in that described power input mechanism (5) comprises power input transmission case (51), universal joint (52), driving bevel gear (53), a pair of semiaxis (54), a pair of axle tube (55) and bracing frame (56), one side of power input transmission case (51) and the wherein end of an axle tube (55) in a pair of axle tube (55) are fixed, and the other end of this axle tube (55) is fixing with the gear case body (31) that is fixed on the described gear-box (3) on described the first wallboard (11), the opposite side of power input transmission case (51) and an end of another root axle tube (55) in a pair of axle tube (55) are fixed, and the other end of this another root axle tube (55) is fixing with the gear case body (31) that is fixed on the gear-box (3) on described the second wallboard (12), one end of universal joint (52) is positioned at outside the case chamber (511) of power input transmission case (51), for being in transmission connection with tractor, the other end of universal joint (52) probes in case chamber (511), driving bevel gear (53) is positioned at case chamber (511) and is fixed on the described other end that described universal joint (511) is insinuated into case chamber (511), a pair of semiaxis (54) all is positioned at described axle tube (55), this a pair of semiaxis (54) is insinuated in described case chamber (511) towards an end of power input transmission case (51), and respectively be fixed with a passive bevel gear (541), passive bevel gear (541) is meshed with described driving bevel gear (53), a pair of semiaxis (54) is stretched in described gear case body chamber (311) towards an end of described gear-box (3), described half shaft transmission gear (32) is fixed on semiaxis (54), the two ends of bracing frame (56) are fixed on a pair of axle tube (55) with airborne, and middle part and bracing frame holder (561) are fixing, bracing frame holder (561) is fixed on the cabinet exterior of power input transmission case (51), wherein: respectively be fixed with a tractor-drawn arm (551) on described a pair of axle tube (55), be connected with a colter elevating mechanism (7) on tractor-drawn arm (551).

6. the ridger that plantation strawberry according to claim 1 is used, is characterized in that being fixed with one group of mud cover (6) between described first, second wallboard (11,12) and on the top corresponding to described plowing mechanism (2).

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